McPOS
McPOS provides hassle-free, comprehensive machining solutions through four steps: Consultation, Proposal, Testing, and Report Analysis.
Why Choose McPOS?
One-stop Machining Solutions
McPOS offers comprehensive machining solutions, specializing in lean practices to streamline processes. Our expert team provides fast, reliable support and tailored services to meet your specific needs. We optimize cycle times and tooling costs and offer CAD/CAM services to avoid costly software investments, ensuring cost efficiency for your projects.
Why McPOS
Process Optimization Specialist
We implement lean practices and standardization to optimize your machining processes.
Technical Expertise with Timely Support
Our team offers specialized technical knowledge and project management expertise in machining, ensuring consistent, fast, and reliable engineering support, all within tight project timelines.
Testing of Cutting Process & Troubleshooting
In this stage, we bring the proposal to life with a hands-on approach, closely monitored by our expert engineers. Whether on-site or virtually, our team is right there to ensure everything runs smoothly, tackling any challenges during the test-cutting process and making sure you get the perfect result!
Cost Efficiency
We improve process cycle times and reduce tooling costs by optimizing machining processes. Additionally, McPOS helps customers avoid expensive one-time software investments by offering CAD/CAM services, keeping projects cost-efficient and within budget.
How We Work
Stage 1: Consultation
We conduct an in-depth study of your requirements, analyze available resources (e.g., machine type, raw materials), and understand your desired outcomes.
Stage 2: Proposal
Our technical expertise ensures that CAD/CAM files are produced according to industry best practices, eliminating the need for in-house staff training. During the Proposal stage, we provide a comprehensive solution, including precise design (2D/3D drawings), methodology, optimized processes, tooling utilization, and project costing. Leveraging our deep understanding of efficient metal cutting, we conduct detailed design studies using CAD, covering 2D drawings, 3D models, clamping methods, operations, and tooling needs.
We define the purpose of cutting tools and accessories (e.g., insert cutters, rotary tables, shrink fits), ensuring optimal tool performance to reduce downtime and enhance productivity. Additionally, we develop optimized cutting processes with advanced clamping and holding solutions to improve machining precision and efficiency.
Our CAM preparation includes job sheets with detailed work instructions or NC code. We support a range of CAD/CAM software, including MasterCAM, HyperMill, SolidWorks, and Siemens NX.
CAD / CAM
2D / 3D Drawings
Purpose Cutting Tools
Purpose Accessories
Stage 3: Testing and Troubleshooting
This stage involves verifying with close monitoring by professional engineers. We place engineers on-site or virtually to ensure smooth performance and troubleshooting during the test-cutting process, ensuring the desired results are achieved.
Stage 4: Reporting
We deliver a comprehensive analysis report for client validation and purchase. The report documents the success formula, consisting of work instructions, jobsheets, NC programs, test pieces or first articles, and measurement data.
This streamlined process ensures that your machining needs are met efficiently, with a focus on precision, optimization, and cost-effectiveness.
Industry Applications
Aerospace
High-performance tools precision tools to meet the rigorous demands of the aerospace industry.
Automotive
High-performance customized tool for high-efficiency automotive manufacturing.
Medical
High-performance precision tool for the manufacturing of medical devices.
Mould & Die
Specialized tools for the Mould & Die industries with tight tolerance tools for hard materials.
Oil & Gas
High-performance tools designed to endure demanding oil and gas applications
Semiconductor
Specialized micro tools for the needs of the semiconductor industries.
